Swot & Kruasan
I’ve been digging into the enzyme kinetics of starch hydrolysis during dough fermentation—have you ever mapped out how the moisture level precisely affects yeast activity in your sourdough?
Absolutely, I’ve done a little lab at home with a hygrometer and a CO₂ meter, and I found that the sweet spot for my sourdough yeast is around 70% relative humidity – too dry and it stalls, too wet and you get a flat crumb. I keep tweaking the dough’s water content with a scale and watch the fermentation like a scientist, but I always forget to bring my notebook because I get distracted by the latest gluten‑free flour trend.
That’s a solid observation about 70% RH; I’d also recommend logging temperature and the exact flour type—those variables can shift the yeast’s lag phase. And maybe keep a notebook on hand; a good data set is more useful than a fleeting intuition about the next gluten‑free craze.
Sounds like a plan – I’ll get my notebook ready, log the temp, the exact flour, and keep a little spreadsheet of the lag time. I’ve got to make sure my local rye still outperforms the new gluten‑free mixes, so every data point counts!
Nice. If you’re tracking lag times, compare the same batch under identical humidity and temperature; that’ll show whether rye truly has an advantage over the gluten‑free blends you’re testing. Keep your measurements consistent and you’ll have a clear dataset to reference.
Exactly, I’ll set up side‑by‑side trials, same RH and temperature, just swap the flour. If rye’s lag time is shorter, that’s the proof. Consistency is my secret sauce.
Sounds methodical. Just be careful to keep every variable aside from the flour identical, otherwise the lag time comparison will be meaningless. Good luck with the trials.
Thanks! I’ll lock everything in place and watch the lag time do its thing – rye should still come out on top. Good luck to us both!
Glad you’re keeping everything controlled. When the data come in, we’ll see if the hypothesis holds—let me know if any anomalies pop up. Good luck.